200' Premium Cable Guard Kit | FALL BAN (U.S. P-200)

In stock
Check for local delivery

Fall Ban 200' Premium Cable Guard Roof Perimeter Fall Protection Kit

The Fall Ban 200 foot Premium Cableguard System can be adapted to standard flat or gravel stop edges, gutter edges, corners (both inside & outside), parapet walls (variety of widths), and roof overhangs. Fall Ban is the most versatile fall protection system on the market and it's universal, making it the perfect choice for OSHA Compliant roof perimeter safety rail runs.

  • Universal: Works on every job and various styles of roof.
  • Installation: 3 Simple Steps, Fast & Easy Setup and Breakdown
  • Compact: Fits in Bed of Pickup Truck!
  • Usage: Temporary or Permanent Roof Perimeter Fall Protection
  • Fall Ban is proudly Made In The USA.
  • MONEY: Saves time and money on every job; excellent option to replace standard guardrail systems

200' Premium Cable Guard Kit Includes: 11 Complete Stanchions, 10 Mid Braces, 8 Diagonal Braces, 2 Anchor Plates, 600' Cable, 200' Flag Line, 12 Corner Roller assemblies, 11 Extension Bars, 11 Parapet Clamps, 1 Diagonal Brace Swivel

LABOR SAVINGS: Typical 100 Square Roof

  • Areas while not tied off on the roof estimated at 4.5 hours per sq. (3 hrs. tear off and 1 ½ hrs. install).
  • While tied off on the perimeter edge, 9 hrs per sq. (6 tear off, 3 install).
  • Labor Calculated at $50.00 Per Hour Per Man.
Financing Available for orders over $1,000

The FallBan 200' Premium Cableguard Kit is a universal roof perimeter fall protection system that provides OSHA compliance on every job. With stanchions that can be configured and adjusted in various ways, this perimeter safety guardrail kit will accommodate gutters, parapet walls, gravel stops, and overhangs in a variety of shapes, heights and widths. Proudly Made In The USA, FallBan was created by a roofer for roofing and construction safety and compliance in mind. This temporary fall prevention system can also be installed as permanent fall protection on commercial properties, factories, warehouses, and other buildings. 

COLOR: Safety Yellow, Powder Coat (Standard color is safety yellow but other colors are available via special order) 

  • The New FallBan contains stainless-steel with factory applied Anti-Seize on working threads. All adjustable threaded parts are now stainless-steel to minimize rusting, corrosion, and seizing. 
  • The Stanchions, Diagonal Brace, Extension Bar, and Parapet Clamps now have added drainage holes to prevent destructive expansion from freezing water. 
  • On the stanchions we’ve modified the radius on corners and added an additional adjustment  hole for Diagonal Brace attachment.
  • On the Mid Braces we've corrected the angle, changed the top cable attachment hole to better fit the cables, added stainless steel threaded components and reshaped the drainage hole.
  • Corner Roller Assembly, Stanchion Support Plates and Anchor Plates all have a different radius on corners and minor changes.
  • FallBan is now available in the standard US (OSHA) version with 3 cables and a Canadian (SOR) version with only 2 cables; we also have an adaptor to convert the standard 3 cable stanchion to 2 cables (for use in Canada).
  • A simple weight attachment can be used to assure proper cable tension. 
  • Other additions are a Toe Board attachment and a swivel for the Diagonal Brace attachment, simplifying the installation process on virtually any leading edge angle.

200 Foot Premium Kits Include:

Kit Size:

Complete Stanchions

Mid Braces

Diagonal Braces

Anchor Plates


Flag Line

Corner Roller Assemblies

Extension Bars

Parapet Clamps

Diagonal Brace Swivels













Using Fall Ban, Not Tied Off On The Perimeter: Not Using Fall Ban, Tied Off On The Perimeter:

Install FallBan 3 men 4 hour = 12 hours

23 sq. perimeter 23sq. x 9 hours = 207 hours

100 sq. x 4.5 hours per sq = 450 hours

77 sq open(77sqx4.5 hours per sq = 346.5 hours

Dismantle Fall Ban 12 hours


Total Hours: 474 hours

Total Hours: 553.5

X Labor cost $50 per hour

X Labor cost $50 per hour

Total: $23,700.

Total: $27,675.

Savings of $3,975 While Using Fall Ban

More Information
Manufacturer Part Number U.S.P-200
Manufacturer FALL BAN
Weight 675lb
Country of Manufacture United States

(For the sole purpose of simplifying these instructions, the substrate for this installation example is wood perimeter edge.)

FallBan Perimeter Cableguard System is for use on Low Slope Roofing (Flat up to 4/12 pitch). Not intended for Steep Roofing applications. Entire instructions should be read before attempting an installation.


While installing the Fall Ban System you should be using some sort of fall protection such as Harness, ropes, lanyards and personal anchors or another fall protection of your choosing.

1.) Measure and mark off 10ft maximum intervals along the perimeter of the area to be protected, with 1 stanchion in each corner, and a stanchion every 2nd mark or 20ft on center. Mid Braces are to be installed between stanchions. If an area ends up with a greater than a 20ft interval, shorten the distance by adding another stanchion in that area.  Stanchions may be installed consecutively with no Mid Brace in between if the distance requires or if necessary. The Mid Brace purpose is to maintain correct cable height at all times.
(figure 1)

(Figure 1)

2.) Preassemble complete stanchions (attach a stanchion support plate and a stanchion to wall rest to a basic stanchion).


Position each stanchion along the perimeter with the configuration as needed:

 - For an edge with a wall below use a standard stanchion 

 - Parapet Walls – assemble basic stanchion, an extension bar and a parapet clamp. 

 - Overhang (with no wall below) – assemble basic stanchion and an extension bar.

 3.) Next lay out individual parts to be used, setting all the pieces about 10 feet from roof edge: (figure 2)

(figure 2)
  • Complete Stanchions (a complete stanchion includes a basic stanchion, a stanchion support plate and a stanchion to wall rest)
  • Extension bars
  • Diagonal braces
  • Mid braces
  •  Anchor plates
  • Corner roller assemblies (1 for each cable being used to achieve 42” minimum cable height, if a short parapet wall is present, only 1 or 2 cables may be needed.)
  • Parapet clamps, etc.

When using a ladder to access the roof, a stanchion is needed 1 on either side of the ladder to create an access area. The cables need to be terminated on these stanchions. Allow ample space to exit the ladder. This same procedure is to be used for any other access area (Loading materials, removing debris, etc.) When the access area is not in use, cables or ropes should be used as a gate.  

(Figure 3)

4) Pick a starting point, take a stanchion where there is a wall below for instance, set it on the roof edge and adjust the stanchion to wall rest so it slightly rests against the wall when the stanchion is in an upright position.

Once the first stanchion has been adjusted, set all stanchions to be installed on similar roof edge detail to the same adjustments.

5) Start installing components (EXAMPLE)

On a corner install a complete stanchion with 2 diagonal braces attached, 1 to face each direction. (figure 4)

(figure 4)
  • Install minimum 2 screws in the top of the stanchion support plate, attaching the stanchion securely to the roof.
  • (2 additional anchors in the face may be necessary)
  • Secure each diagonal brace to the roof using 2 screws for each brace.
  • (Installer determines substrate acceptability for installation and accepts liability) 

6) Go to the next mark to receive a stanchion (at 20 ft maximum spacing) and install another stanchion.

Proceed around perimeter and install all the stanchions and diagonal braces, 2 diagonal braces on each corner (Figure 4) and access area if fall protection is both sides of access area (Figure 3) and 1 diagonal brace at each termination point. (Figure 5)


(Figure 5)

Cable termination anchors may be installed if desired and/or required.

Cable can be terminated to stanchion or to a cable termination anchor. (Figure 3,5,6)

(figure 6) 

For the OSHA compliance testing we used 1 ½ inch # 12 screws when installing the stanchions, diagonal braces, mid braces, etc. The screw we used is made for insulation attachment on roof decks. The securement and attachment of this system is the responsibility of the installer, but we recommend always using new, no smaller than 1 ½ inch #12 screws to install the Fall Ban System and be cautious not to strip out the screw heads, this will make removing the screws no problem during disassembly.

You will have multiple possibilities for attaching the cable to terminate. Below are just a few examples

7) Unroll a ¼ inch cable along the perimeter of the roof. An easy way is to secure the end of the cable either at the stanchion or a cable termination anchor (figure 7). Put a broom handle through the roll of cable, hold the broom handle on both sides of the roll of cable, and walk along the perimeter to unroll the cable along the entire area to be protected.

Hook a cable to a cable termination anchor. (figure 7)

Hook a cable to a stanchion cable holder. (figure 8)

8) Next, start where the cable was secured and hook the cable to the top cable holder on each stanchion (figure 8)(or a lower cable holder if only 2 cables are being used), whatever is required to achieve a minimum of 42” height of top cable) Pull the cable fairly tight as you go all around this area and put a cable clamp on the holding side of the last stanchion (figure 9) to hold the cable taut while the remaining cables are set in place.

(figure 9)

Another option is when you get to the last stanchion simply turn the cable down to the next lower cable anchor (figure 10) and finish unrolling that roll of cable back towards where you started, when your cable comes the end connect the end of one cable with the beginning end of another roll of cable using 2 cable clamps (when installing turn the tightening sides of the clamps in opposite directions) (Figure 11) pull cable taut while hooking onto each stanchion. When you get to the end pull cable taut and install a cable clamp on the holding side of the last stanchion. Repeat this process until all the cables being used are installed.

(figure 11)

Loop and hook cable back to itself and hook a ratchet puller to a cable termination anchor. 

This shows a stanchion with cable attached to the top cable anchor going left, a cable coming from left and hooking 2nd cable anchor turn down going to 3rd cable anchor and going left, and a ratchet puller hooked cable center of 2nd and 3rd cable anchors down to a cable termination anchor (figure 10)

  • Use ratchet pullers to tighten cables
  • Now to tension (tighten) the cables.

    (figure 10)

  • 9) Tensioning Cables
  • To tension the cables, leave the J Hooks (on the mid braces) loose and hook the 15 lb. cable weight to the top cable halfway between a stanchion and a mid-brace and tension until the cable height (from the mounted surface) at the weight is within 2” of the cable height at a correlating stanchion.

    Hook the weight on the next cable and tension in the same manner. If using 3 cables, tension the third cable the same way. It may be necessary to readjust the first and second cable tension after tightening the third cable. After cables have been tensioned, install a 2nd cable clamp at each cable termination (figure 12) and tighten the J Hooks on the mid braces.

    (figure 12)
  • Reminder:  Check cable tension DAILY and re-adjust if necessary. Document actions in the daily log book. Tightening/Tensioning more is acceptable but may damage the wooden nailers and/or framing lumber. While Making your daily inspection, visually inspect the rod end and the swivel on each diagonal brace. On the diagonal brace, the rod end swivel is not meant for adjustment, its purpose is to rotate and swivel. During assembly and dismantling the rod end may be moved, exposed thread should never exceed 1/2 inch.